F I B O N A C C I

Regulations

Mega Sumo

Large autonomous robots (up to 3 kg) engage in high-power tactical duels. Strength, control, and balance are key.

Mega Sumo

Mini Sumo

Compact 500g robots compete head-to-head in pushing opponents out of the ring. Fast reactions, clean strategy.

Mini Sumo

Micro Sumo

Smaller and faster — 100g robots battle in tiny arenas. Precision and minimalism at their best.

Micro Sumo
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Humanoid Sumo

Two-legged robots mimic human-style battles, pushing each other with stability and balance. Pure entertainment meets tech.

Humanoid Sumo
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Humanoid Challenge

Humanoid robots run, climb, and push in a dynamic course of 3 physical challenges. A true engineering and software feat.

Humanoid Challenge
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Line Follower Classic

Robots follow a black line on a white background using sensors and algorithms. Simple track, maximum precision.

Line Follower Classic

Line Follower Turbo

Same track, more speed. Robots must keep stability while moving at high velocity — the race against physics.

Line Follower Turbo
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Line Follower Enhanced

Multiple forks, dead ends, complex intersections. AI-powered navigation and smart decision-making are essential.

Line Follower Enhanced
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Drag Race

A straight-line acceleration race. Robots built for speed compete to cover a short distance in the shortest time possible.

Drag Race
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Lego Sumo 3kg

Powerful LEGO-built robots (up to 3 kg) clash in fully autonomous sumo matches. Tactics, stability, and smart engineering win the ring.

Lego Sumo 3kg

Lego Line Follower

LEGO-built robots follow a marked line autonomously. Precision, speed, and stable control are the keys to success.

Lego Line Follower

Mblock Line Follower

Robots programmed in mBlock track a line on the arena. Block-based coding meets accuracy and smooth navigation.

Mblock Line Follower

Lego Sumo 1kg

LEGO robots up to 1 kg face off in the ring. Push, outsmart, and outlast the opponent with power and balance.

Lego Sumo 1kg

Autonomous Car Race

Self-driving robots race on a predefined track. Navigation, sensors, and speed decide the winner.

Autonomous Car Race

Maze Solving

Robots must escape a maze in minimum time. Smart algorithms and accurate sensing make the difference.

Maze Solving

Autonomous Drone Race

Drones fly a marked track fully autonomously. Stability, obstacle navigation, and precise control are essential.

Autonomous Drone Race

Rally Drone Race

Autonomous drones navigate a netted arena with obstacles and gates. Accuracy and clean flight bring victory.

Rally Drone Race

FootBot Lego League

Autonomous robots play soccer on the field. Vision, control, and tactics turn the match in their favor.

FootBot Lego League